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Unknown A: Melting point of Unknown A: Gcetomide Candidate compounds from Table 1: 1. M.P. 2. M.P.3- Mixed melting point ranges with unknown A: Unknown + 1: methul-3-nitrobenzoate Unknown + 2:_ acetàmide M.P. 8-B°C. Unknown + 3: naphthalene. 6-67°C M.P. Unknown + 4:vanillin जा- २ण वण Identity of Unknown A: Unknown B: Melting point of Unknown B: esorcino Candidate compounds from Table 1: 1. M.P. 2. 3. M.P. 4. M.P. Mixed melting point ranges with Unknown B: Unknown + 1:_resorcinol M.P. 10 -113°C M.P. 89-99°C M.P. 95-103°C M.P. 92-104° C Unknown + 2: Unknown + 3: acetanilide Unknown + 4: _ 4- hydrocyloenzaldehyde Identity of Unknown B:

Unknown A: Melting point of Unknown A: Gcetomide Candidate compounds from Table 1: 1. M.P. 2. M.P.3- Mixed melting point ranges with unknown A: Unknown + 1: methul-3-nitrobenzoate Unknown + 2:_ acetàmide M.P. 8-B°C. Unknown + 3: naphthalene. 6-67°C M.P. Unknown + 4:vanillin जा- २ण वण Identity of Unknown A: Unknown B: Melting point of Unknown B: esorcino Candidate compounds from Table 1: 1. M.P. 2. 3. M.P. 4. M.P. Mixed melting point ranges with Unknown B: Unknown + 1:_resorcinol M.P. 10 -113°C M.P. 89-99°C M.P. 95-103°C M.P. 92-104° C Unknown + 2: Unknown + 3: acetanilide Unknown + 4: _ 4- hydrocyloenzaldehyde Identity of Unknown B:

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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I only need the blank spaces answered, I have filled in the others. The names have been provided in the spaces I have already done filled in. I need help listing the unknowns in order of increasing Melting Point. 

In the spaces below record the names and the points of the 3 unknown Melting Point Experiment Labels of the Unknowns Literature MP Amacelamide °C 18-6L Cbromoacetanilide Experimental Data Mixed Melting Points Summary Sheets Unknown A: Melting point of Unknown A: acetamide Candidate compounds from Table 1: M.P. 1. 2. 3. 4. M.P.3-1C Mixed melting point ranges with unknown A: M.P. 68-B°C Unknown + 1: methil-3-nitrobenzoate Unknown + 2: aceta mide. Jo18-62 d M.P._6-67° C naphthalene Unknown + 4: vanillin Unknown + 3: Identity of Unknown A: Unknown B: Melting point of Unknown B: esorcinol Candidate compounds from Table 1: M.P. 1. 2. M.P. M.P. 3. M.P. 4. Mixed melting point ranges with Unknown B: M.P. 10 -113°C M.P.89-99°C M.P.95-103°C Unknown + 1:_ resorcinol 3-toluic acid acetanilide Unknown + 4: _ 4 -hydroxiylbenzaldehyde. Unknown + 2: Unknown + 3: Identity of Unknown B: 4.
Transcribed Image Text:In the spaces below record the names and the points of the 3 unknown Melting Point Experiment Labels of the Unknowns Literature MP Amacelamide °C 18-6L Cbromoacetanilide Experimental Data Mixed Melting Points Summary Sheets Unknown A: Melting point of Unknown A: acetamide Candidate compounds from Table 1: M.P. 1. 2. 3. 4. M.P.3-1C Mixed melting point ranges with unknown A: M.P. 68-B°C Unknown + 1: methil-3-nitrobenzoate Unknown + 2: aceta mide. Jo18-62 d M.P._6-67° C naphthalene Unknown + 4: vanillin Unknown + 3: Identity of Unknown A: Unknown B: Melting point of Unknown B: esorcinol Candidate compounds from Table 1: M.P. 1. 2. M.P. M.P. 3. M.P. 4. Mixed melting point ranges with Unknown B: M.P. 10 -113°C M.P.89-99°C M.P.95-103°C Unknown + 1:_ resorcinol 3-toluic acid acetanilide Unknown + 4: _ 4 -hydroxiylbenzaldehyde. Unknown + 2: Unknown + 3: Identity of Unknown B: 4.
Melting Point Experiment Unknown C: Melting point of Unknown C: 4-bcomoacctanilide Candidate compounds from Table 1: M.P. 1. 2. M.P. 3. M.P. 4. M.P. Mixed melting point ranges with Unknown C: Unknown + 1: Sulfanilamide Unknown + 2: 4-bnemoacetanilide Unknown + 3:tacenic acid Unknown + 4: d-mannitol नडडा- उमा वW Identity of Unknown C: Complete the following exercises in the spaces provided: 1. Describe the effects of impurities on the melting point of a pure substance. The presence of impurities will lower the melting point and wwiden the range 2. Based on your experience with this simulated experiment, what is a reasonable definition of a pure substance. pure Substance is a Substarce having narrow rarge of melting pint An unknown solid has a melting point of 132-135°C. A mixed melting point of the unknown with 3. urea, gives a melting point of 120-126°C. Based on your understanding of the effects of impurities on melting points, is the unknown urea or not? Briefly explain your answer, compound is ot urea becousf, if the in knoon campound is uea, it will giue Same and range as urea. Here urea acts s an imperityto the meHing Point An unknown solid has a melting point of 112-114°C, Based on data from Table 1 above and 4. the mixed melting point technique of this experiment, you can narrow down the possibilities to three compounds. List the compounds. me possible compords are 3-toluic acid, acetanilide,4-hydroxyacetanilide A mixed melting point of the unknown with acetanilide gives a melting point of 113-114°C Is the unknown acetanilide or not? Briefly explain your answer. The anknown is acetanilide, the unlcnown gives the same Johil- range 113-14°C like pure acetanilide 143-115°C, temperature and hge
Transcribed Image Text:Melting Point Experiment Unknown C: Melting point of Unknown C: 4-bcomoacctanilide Candidate compounds from Table 1: M.P. 1. 2. M.P. 3. M.P. 4. M.P. Mixed melting point ranges with Unknown C: Unknown + 1: Sulfanilamide Unknown + 2: 4-bnemoacetanilide Unknown + 3:tacenic acid Unknown + 4: d-mannitol नडडा- उमा वW Identity of Unknown C: Complete the following exercises in the spaces provided: 1. Describe the effects of impurities on the melting point of a pure substance. The presence of impurities will lower the melting point and wwiden the range 2. Based on your experience with this simulated experiment, what is a reasonable definition of a pure substance. pure Substance is a Substarce having narrow rarge of melting pint An unknown solid has a melting point of 132-135°C. A mixed melting point of the unknown with 3. urea, gives a melting point of 120-126°C. Based on your understanding of the effects of impurities on melting points, is the unknown urea or not? Briefly explain your answer, compound is ot urea becousf, if the in knoon campound is uea, it will giue Same and range as urea. Here urea acts s an imperityto the meHing Point An unknown solid has a melting point of 112-114°C, Based on data from Table 1 above and 4. the mixed melting point technique of this experiment, you can narrow down the possibilities to three compounds. List the compounds. me possible compords are 3-toluic acid, acetanilide,4-hydroxyacetanilide A mixed melting point of the unknown with acetanilide gives a melting point of 113-114°C Is the unknown acetanilide or not? Briefly explain your answer. The anknown is acetanilide, the unlcnown gives the same Johil- range 113-14°C like pure acetanilide 143-115°C, temperature and hge
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